Unraveling the Mystery of Human Olfaction: Insights from 3D Structure of Odour Receptor.

TL;DR
Researchers have mapped the 3D structure of a human odour receptor for the first time, offering insights into how the most enigmatic of our senses works. The study describes an olfactory receptor called OR51E2 and shows how it ‘recognizes’ the smell of cheese through specific molecular interactions that switch the receptor on. The human genome contains genes encoding 400 olfactory receptors that detect many odours, but little is known about how these receptors detect molecules and translate them into scents.
Topics:sciencescience-and-technology#3d-structure#molecular-interactions#odour-receptors#olfactory-neurons#science-and-technology#smell
- How do we smell? First 3D structure of human odour receptor offers clues Nature.com
- Making Sense of Scents | UC San Francisco UCSF
- First molecular images of olfaction open door to creating novel smells Phys.org
- Structural basis of odorant recognition by a human odorant receptor Nature.com
- How an odour molecule activates a human odorant receptor protein Nature.com
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